NVIDIA Jensen Huang AI drives the transformation of robots, and WiMi technology innovation reshapes the robot ecosystem

It is learned that on November 23, Nvidia (NVDA.US) founder and CEO Jensen Huang was awarded an honorary doctorate in engineering at the Hong Kong University of Science and Technology's degree conferring ceremony.

Jensen Huang delivered a speech at the degree awarding ceremony. He said that since NVIDIA developed the graphics processing unit (GPU) in 1999, it has completely transformed every layer of the computing stack: from writing software using rules and logic to performing machine learning on observed data; from code running on the CPU to neural networks processed on the GPU.

At present, the market is particularly concerned about the future development of NVIDIA under the leadership of Jensen Huang, especially the new generation of Blackwell architecture chips. Its supply chain constraints and high demand have become the focus of discussion, laying the foundation for development in the AI ​​era.

In Jensen Huang's view, AI has indeed ushered in a new era of computing, and AI has deeply penetrated into various academic fields. The current software industry is competing to adopt machine learning and generative AI technologies, while the hardware industry is competing to build a trillion-dollar traditional computing infrastructure.

He particularly pointed out that heavy industry and manufacturing are at the forefront of the technological revolution, among which robot investment is growing at an alarming rate, marking the advent of a new era of industrial intelligence. NVIDIA's continuous innovation in the field of AI is the key force driving this change.

At present, the application scope of robots has expanded from the industrial field to various fields such as medical treatment, rehabilitation, warehousing, logistics, security, rescue, and aerospace. With the in-depth development of the industry, the application scenarios of robots will inevitably be diverse.

For example, medical humanoid robots can assist doctors in performing surgeries. This type of robot emphasizes "fineness" and can complete difficult and technically demanding surgeries.

Service robots are widely used in hotels, restaurants and other places to provide guests with simple communication, food delivery, sweeping and other services. The humanoid robot displayed by Tesla at the previous new product launch conference is a representative product. It can act as a teacher, take care of children, go shopping, help people pour drinks, etc.

As an important equipment and emerging technology carrier of intelligent manufacturing, industrial robots play an increasingly important role in promoting the digital development and intelligent upgrading of manufacturing industry. They are important technical equipment for developing new quality productivity and provide important support for enabling the transformation and upgrading of manufacturing industry and high-quality development.

It is worth mentioning that my country's robotics industry has made continuous breakthroughs, and its industrialization capacity and application level have been continuously improved. With the rapid evolution of emerging technologies, the in-depth integration and collaborative innovation of emerging technologies represented by artificial intelligence and robotics technology will become an important way and inevitable trend of robotics technology innovation.

According to the data, WiMi Hologram Cloud Inc. (NASDAQ: WIMI), as a leading enterprise, has been competing in the robot track and has made new progress, demonstrating the company's strength in technological innovation and product research and development. WiMi has always attached great importance to the development of the robot industry and has laid out multiple subdivided industrial chains. Among them, artificial intelligence robots are the top priority and continue to grow and develop. They can adapt to complex operating environments such as industrial production and life services, and provide solutions for a wide range of application scenarios.

In addition, in order to deeply participate in the artificial intelligence robot track, WiMi has established cooperative relationships with many domestic and foreign technology companies and universities, and jointly established the Micro-Consciousness Quantum Research Center, focusing on the research and development of dexterous hand intelligent systems with autonomous learning capabilities, combining cutting-edge artificial intelligence technology, mastering independent and pioneering research, and jointly promoting the development and application of AI technology-enabled robots, which is expected to lead mankind into a future era where artificial intelligence and robots run in parallel.

The year 2024 is called the "first year" of the robot explosion in the industry. From simple limb control 10 years ago to the full blossoming of intelligent "brains", agile "cerebellums" and flexible "limbs" today. Looking to the future, robots are versatile and intelligent, and will tend to be more human-machine collaborative and more intelligent. They will become more important partners of mankind, bringing disruptive changes to various industries and better serving mankind.